1---------------------------------------------------------------------------------
2| Instruction Code	| Language		| Meaning			|
3|-----------------------|-----------------------|-------------------------------|
4| 1000	| rarb		| Add	| RA, RB	| Add				|
5| 1001	| rarb		| SHR	| RA, RB	| Shift Right			|
6| 1010	| rarb		| SHL	| RA, RB	| Shift Left			|
7| 1011	| rarb		| NOT	| RA, RB	| Not / Invert			|
8| 1100	| rarb		| AND	| RA, RB	| And				|
9| 1101	| rarb		| OR	| RA, RB	| Or				|
10| 1110	| rarb		| XOR	| RA, RB	| Exclusive Or			|
11| 1111	| rarb		| CMP	| RA, RB	| Compare			|
12| 0000	| rarb		| LD	| RA, RB	| Load RB from RAM addr in RA	|
13| 0001	| rarb		| ST	| RA, RB	| Store RB to RAM addr on RA	|
14| 0010	| 00rb xxxxxxxx | DATA	| RB, Data	| Load the next 8 bits into RB	|
15| 0011	| 00rb		| JMPR	| RB		| Jump to address in RB		|
16| 0100	| 0000 xxxxxxxx	| JMP	| Addr		| Jump to address in next byte	|
17| 0101	| CAEZ xxxxxxxx | JCAEZ	| Addr		| Jump if tested Flag is on	|
18| 0110	| 0000		| CLF	|		| Clear all Flags		|
19| 0111	| 00rb		| IN	| Data, RB	| Input I/O Data to RB		|
20| 0111	| 01rb		| IN	| Addr, RB	| Input I/O Address to RB	|
21| 0111	| 10rb		| OUT	| Data, RB	| Output RB to I/O as Data	|
22| 0111	| 11rb		| OUT	| Addr, RB	| Output RB to I/O as Address	|
23---------------------------------------------------------------------------------
24
25
261xxxyyzz
27| |  | |
28| |  | ----- Register B
29| |  |       00 - Register 0
30| |  |       01 - Register 1
31| |  |       10 - Register 2
32| |  |       11 - Register 3
33| |  ------- Register A
34| |	     00 - Register 0
35| |	     01 - Register 1
36| |	     10 - Register 2
37| |	     11 - Register 3
38| ---------- Operation
39|	     000 - Add - 0x8-
40|	     001 - SHR - 0x9-
41|	     010 - SHL - 0xA-
42|	     011 - NOT - 0xB-
43|	     100 - AND - 0xC-
44|	     101 - OR  - 0xD-
45|	     110 - XOR - 0xE-
46|	     111 - CMP - 0xF-
47------------ ALU Instruction
48
49000xyyzz
50 | | | |
51 | | | ----- Register B
52 | | |	     00 - Register 0
53 | | |	     01 - Register 1
54 | | |	     10 - Register 2
55 | | |	     11 - Register 3
56 | | ------- Register A
57 | |	     00 - Register 0
58 | |	     01 - Register 1
59 | |	     10 - Register 2
60 | |	     11 - Register 3
61 | --------- 0 = Load / 1 = Store
62 |	     Load  - 0x0-
63 |	     Store - 0x1-
64 ----------- Load/Store instruction
65 
660010xxzz  dddddddd
67  |  | |  |
68  |  | |  - Any data you want
69  |  | |
70  |  | ---- Register B
71  |  |	    00 - Register 0
72  |  |	    01 - Register 1
73  |  |	    10 - Register 2
74  |  |	    11 - Register 4
75  |  ------ Unused bits
76  |
77  --------- Data Instruction
78  	    Data - 0x2- 0xXX
79
800011xxzz
81  |  | |
82  |  | ----- Register B
83  |  |	     00 - Register 0
84  |  |	     01 - Register 1
85  |  |	     10 - Register 2
86  |  |	     11 - Register 3
87  |  ------- Unused bits
88  |
89  ---------- Jump Register Instruction
90  	     JMPR - 0x3-
91
920100xxxx  dddddddd
93  |  |    |
94  |  |    - Any address you want
95  |  |
96  |  ------ Unused bits
97  |
98  --------- Jump Instruction
99  	    Jump - 0x40 0xXX
100
1010101caez  dddddddd
102  | ||||  |
103  | ||||  - Any address you want
104  | |||---- Zero Flag
105  | ||----- Equal Flag
106  | |------ A Larger Flag
107  | ------- Carry Flag
108  --------- Jump If Instruction
109  	    JC - 0x58 0xXX
110  	    JE - 0x54 0xXX
111  	    JA - 0x52 0xXX
112  	    JZ - 0x50 0xXX
113
1140110xxxx
115  |   |
116  |   ----- Unused bits usually set to 0000
117  --------- Clear Flags Instruction
118  	    CLF - 0x60
119
1200111xyzz
121  | || |
122  | || ---- Register B
123  | ||	    00 - Register 0
124  | ||	    01 - Register 1
125  | ||	    10 - Register 2
126  | ||	    11 - Register 3
127  | |------ Data=0/Address=1
128  | ------- Input=0/Output=1
129  --------- I/O Instruction
130  	    InData  - 0x70 | Register B
131  	    InAddr  - 0x74 | Register B
132  	    OutData - 0x78 | Register B
133  	    OutAddr - 0x7C | Register B